FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2905363067> ?p ?o ?g. }

• W2905363067 endingPage "1381" @default.
• W2905363067 startingPage "1370" @default.
• W2905363067 abstract "Understanding how inter-specific variation in functional traits affects native and non-native species responses to stream disturbances, is necessary to inform management strategies, providing tools for biomonitoring, conservation and restoration. This study used a functional trait approach to characterise the responses of macrophyte assemblages to reach-scale disturbances (measured by lack of riparian shading, altered hydromorphology and eutrophication), from 97 wadeable stream sites in an agriculturally impacted region of New Zealand. To determine whether macrophyte assemblages differed due to disturbances, we examined multidimensional assemblage functional structure in relation to eleven functional traits and further related two functional diversity indices (entropy and originality) to disturbances. Macrophyte assemblages showed distinct patterns in response to disturbances, with riparian shading and hydromorphological conditions being the strongest variables shaping macrophyte functional structure. In the multidimensional space, most of the non-native species were associated with disturbed conditions. These species had traits allowing faster colonisation rates (higher number of reproductive organs and larger root-rhizome system) and superior competitive abilities for resources (tall and dense canopy, heterophylly and greater preferences for light and nitrogen). In addition, lack of riparian shading increased the abundance of functionally distinct species (i.e. entropy), and eutrophication resulted in the growth of functionally unique species (i.e. originality). We demonstrated that stream reach-scale habitat disturbances were associated to a dominance of more productive species, equating to a greater abundance of non-native species. This, can result in a displacement of native species, habitat alterations, and changes to higher trophic level assemblages. Our results suggests that reach-scale management efforts such as the conservation and restoration of riparian vegetation that provides substantial shading and hydromorphologically diverse in-stream habitat, would have beneficial direct and indirect effects on ecosystem functioning, and contribute to the mitigation of land-use impacts." @default.
• W2905363067 created "2018-12-22" @default.
• W2905363067 creator A5006509344 @default.
• W2905363067 creator A5013487840 @default.
• W2905363067 creator A5030395610 @default.
• W2905363067 creator A5034290080 @default.
• W2905363067 creator A5040203612 @default.
• W2905363067 creator A5051331357 @default.
• W2905363067 creator A5070383014 @default.
• W2905363067 creator A5071753168 @default.
• W2905363067 date "2019-04-01" @default.
• W2905363067 modified "2023-10-01" @default.
• W2905363067 title "Environmental filtering of native and non-native stream macrophyte assemblages by habitat disturbances in an agricultural landscape" @default.
• W2905363067 cites W1410465794 @default.
• W2905363067 cites W1499267374 @default.
• W2905363067 cites W1603378435 @default.
• W2905363067 cites W1630336910 @default.
• W2905363067 cites W1679281643 @default.
• W2905363067 cites W1925887183 @default.
• W2905363067 cites W1968371014 @default.
• W2905363067 cites W1969631772 @default.
• W2905363067 cites W1976053777 @default.
• W2905363067 cites W1984188157 @default.
• W2905363067 cites W1987650700 @default.
• W2905363067 cites W1995036908 @default.
• W2905363067 cites W1997159081 @default.
• W2905363067 cites W1997212623 @default.
• W2905363067 cites W1997877407 @default.
• W2905363067 cites W1998163051 @default.
• W2905363067 cites W1998184392 @default.
• W2905363067 cites W2001381887 @default.
• W2905363067 cites W2015053255 @default.
• W2905363067 cites W2030196717 @default.
• W2905363067 cites W2031250430 @default.
• W2905363067 cites W2036214966 @default.
• W2905363067 cites W2039961173 @default.
• W2905363067 cites W2045839452 @default.
• W2905363067 cites W2049576858 @default.
• W2905363067 cites W2059862059 @default.
• W2905363067 cites W2063133530 @default.
• W2905363067 cites W2064604453 @default.
• W2905363067 cites W2094153078 @default.
• W2905363067 cites W2096113236 @default.
• W2905363067 cites W2110328754 @default.
• W2905363067 cites W2111684210 @default.
• W2905363067 cites W2112775986 @default.
• W2905363067 cites W2116935344 @default.
• W2905363067 cites W2116964561 @default.
• W2905363067 cites W2119835239 @default.
• W2905363067 cites W2122512858 @default.
• W2905363067 cites W2125360150 @default.
• W2905363067 cites W2129802470 @default.
• W2905363067 cites W2130517250 @default.
• W2905363067 cites W2131567052 @default.
• W2905363067 cites W2133098229 @default.
• W2905363067 cites W2139828201 @default.
• W2905363067 cites W2145124167 @default.
• W2905363067 cites W2153708878 @default.
• W2905363067 cites W2156550014 @default.
• W2905363067 cites W2159330259 @default.
• W2905363067 cites W2160737586 @default.
• W2905363067 cites W2162999102 @default.
• W2905363067 cites W2167895849 @default.
• W2905363067 cites W2169016599 @default.
• W2905363067 cites W2170659892 @default.
• W2905363067 cites W2171807249 @default.
• W2905363067 cites W2191420838 @default.
• W2905363067 cites W2294798173 @default.
• W2905363067 cites W2321705608 @default.
• W2905363067 cites W2338368052 @default.
• W2905363067 cites W2345536912 @default.
• W2905363067 cites W2467676124 @default.
• W2905363067 cites W2517618913 @default.
• W2905363067 cites W2553516770 @default.
• W2905363067 cites W2751374780 @default.
• W2905363067 cites W2782542247 @default.
• W2905363067 cites W2802792734 @default.
• W2905363067 cites W2805335151 @default.
• W2905363067 doi "https://doi.org/10.1016/j.scitotenv.2018.12.277" @default.
• W2905363067 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31096347" @default.
• W2905363067 hasPublicationYear "2019" @default.
• W2905363067 type Work @default.
• W2905363067 sameAs 2905363067 @default.
• W2905363067 citedByCount "15" @default.
• W2905363067 countsByYear W29053630672019 @default.
• W2905363067 countsByYear W29053630672020 @default.
• W2905363067 countsByYear W29053630672021 @default.
• W2905363067 countsByYear W29053630672022 @default.
• W2905363067 countsByYear W29053630672023 @default.
• W2905363067 crossrefType "journal-article" @default.
• W2905363067 hasAuthorship W2905363067A5006509344 @default.
• W2905363067 hasAuthorship W2905363067A5013487840 @default.
• W2905363067 hasAuthorship W2905363067A5030395610 @default.
• W2905363067 hasAuthorship W2905363067A5034290080 @default.
• W2905363067 hasAuthorship W2905363067A5040203612 @default.
• W2905363067 hasAuthorship W2905363067A5051331357 @default.
• W2905363067 hasAuthorship W2905363067A5070383014 @default.
• W2905363067 hasAuthorship W2905363067A5071753168 @default.

• next